package cn.ruc.dbiir.storm.generator.util;

public class Water
{
	public Long FSEQ_NO;
	public Long FUIN;
	public int FACCT_TYPE;
	public Long FSERIAL_NO;
	public int FWATER_TYPE;
	public int FTRAN_TYPE;
	public int FIO_FLAG;
	public int FSTATUS;
	public int FTRAN_AMT;
	public String FTRAN_TIME;
	public String FCHG_TIME;


	public Water(Long fSEQ_NO, Long fUIN, int fACCT_TYPE, Long fSERIAL_NO, int fWATER_TYPE, int fTRAN_TYPE, int fIO_FLAG,
			int fSTATUS, int fTRAN_AMT, String fTRAN_TIME, String fCHG_TIME)
	{
		super();
		FSEQ_NO = fSEQ_NO;
		FUIN = fUIN;
		FACCT_TYPE = fACCT_TYPE;
		FSERIAL_NO = fSERIAL_NO;
		FWATER_TYPE = fWATER_TYPE;
		FTRAN_TYPE = fTRAN_TYPE;
		FIO_FLAG = fIO_FLAG;
		FSTATUS = fSTATUS;
		FTRAN_AMT = fTRAN_AMT;
		FTRAN_TIME = fTRAN_TIME;
		FCHG_TIME = fCHG_TIME;
	}


	@Override
	public String toString()
	{
		return "Water [FSEQ_NO=" + FSEQ_NO + ", FUIN=" + FUIN + ", FACCT_TYPE=" + FACCT_TYPE + ", FSERIAL_NO="
				+ FSERIAL_NO + ", FWATER_TYPE=" + FWATER_TYPE + ", FTRAN_TYPE=" + FTRAN_TYPE + ", FIO_FLAG=" + FIO_FLAG
				+ ", FSTATUS=" + FSTATUS + ", FTRAN_AMT=" + FTRAN_AMT + ", FTRAN_TIME=" + FTRAN_TIME + ", FCHG_TIME="
				+ FCHG_TIME + "]";
	}
	
}
